What is the memory fund?

POOL Memory is a memory block assigned to a specific program or application on a computer. Information for running program, such as the operating system or any open application on your computer, is stored in random access (RAM) memory (RAM) on the computer. Assigning each program Specific Memory Block using Pool Memory Technology avoids the problem of memory overlapping. The overlap occurs when two programs try to use the same parts of memory; Like attempting to share cake cutting, programs can end up with "fighting" over shared memory, resulting in a system error. With the memory fund, each program has its own "cut", resulting in a harmonious computer operation. Without using the memory fund, as soon as the information comes, the computer begins to fill the shelves from top to bottom and cut the information so that there is no linear logical structure inside. Although it is a completely valid approach to manipulating memory, trading organization for speed, disadvantage comes when whenThe programs are removed from memory and attract new programs. It is likely that the information that the new program needs will be released into the gaps as soon as the old program has been removed. Without an association of memory, this mismatch forces the computer to the next compromise of the RAM organization; This is known as fragmentation.

Having fragmented information in memory means that the computer will have to perform a juggling act to get information for any particular program. In memory association, fragmentation is minimized because the computer assigns each program a specific area in the "library" of the memory, minimizing the risk of disorganization. This results in a bit of an extra overhead cost on the computer at the beginning, because it has to do its juggling pits when the program is first loaded but significantly increases the effectiveness of the program during the run because the computer will already know where to look at the "Police" for Pro information informationgram.

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operating system generally controls the operation of the memory fund. It has the ability to allocate, distribute and rearrange various “funds” within the RAM computer and to adapt to the requirements of individual applications as needed. For example, if the application requires a larger memory block than it has been assigned, the operating system must act in such a way as to increase the specific fund assigned to this program without interfering in memory groups of any other active programs in the system. Optimization requires that specific applications be tuned to a specific operating system and vice versa, which ensures that both cooperate and book memory for the application in the most effective way.